| ACCR | Accretion vs Dissolution | carbonate ions, calcium, ATP, sunlight, zooplankton | CaCO₃, habitat, structure | Very small scale, impacts large scale | If accretion is happening, it indicates low stress | undefined | | | | | | FLOWCYTO | Flow Cytometry | VMR | Assesses viral and microbial abundances, serving as a proxy for microbial community dynamics. | $500-2000 | Recommend 5-10 measurements over 2 weeks to capture temporal variability. |
| METAGENOME | Metagenomic Sequencing | MIC_COMP | Determines the relative abundance of microbial taxa and functional genes, providing deep insights into community health. | $1000-10000 | Highly information rich; ideally paired with flow cytometry for a complete picture. |
| ADCP | Acoustic Doppler Current Profiler | CURR,WCD | Measures water current velocities and direction at various depths using sound waves. | $5000-20000 | Provides continuous monitoring of water movement patterns; crucial for understanding circulation patterns. |
| SECCHI | Secchi Disk Measurement | WTR,VIS | Measures water transparency and turbidity using a simple black and white disk. | $50-200 | Traditional but reliable method; best performed at consistent times of day for comparable results. |
| PAM | Pulse Amplitude Modulated Fluorometry | PHOT,STR | Measures photosynthetic efficiency and stress in marine plants and corals. | $3000-15000 | Non-invasive technique; ideal for monitoring coral and seagrass health over time. |
| EDNA | Environmental DNA Analysis | BIO_DIV,SP_COMP | Detects species presence through DNA traces in water samples. | $2000-8000 | Powerful tool for biodiversity assessment; requires careful sample handling and processing. |
| HYDRO | Hydrophone Acoustic Monitoring | NOISE,MAM_ACT | Records underwater sounds to monitor marine mammal activity and anthropogenic noise. | $1000-12000 | Long-term deployment possible; valuable for studying marine mammal behavior and ocean noise pollution. |
| NCC | Net community calcification | Rate of ... | ACCR | undefined | | | | | | |
| NCP | Net community production |
| RG | Rugosity | undefined | PHTGR | Photogrammetry using 2 GoPros | RG | undefined | undefined | undefined |
| ALK | Alkalinity | Represents the capacity of a solution to buffer acidity; high values indicate a high concentration of buffering ions. | Important for assessing net community calcification. | SEAPHOX | SeapHOx CTD Measurement | ALK,DO,pH | Measures water chemistry parameters (DO, pH, alkalinity) to infer net community calcification and production. | $100-5000 | Consider cheaper alternatives; typically deployed every 100 meters or seasonally. |
| PHOTO | Photosynthesis - Respiration | Photosynthesis: sunlight, CO₂, water; Respiration: sugars, O₂ | Photosynthesis: O₂, sugars; Respiration: CO₂, ATP | undefined | Indicator of reef metabolic balance and potential degradation. | | | | | | PHTGR | Photogrammetry using 2 GoPros | RG | undefined | undefined | undefined |
| SEAPHOX | SeapHOx CTD Measurement | ALK,DO,pH | Measures water chemistry parameters (DO, pH, alkalinity) to infer net community calcification and production. | $100-5000 | Consider cheaper alternatives; typically deployed every 100 meters or seasonally. |
| FLOWCYTO | Flow Cytometry | VMR | Assesses viral and microbial abundances, serving as a proxy for microbial community dynamics. | $500-2000 | Recommend 5-10 measurements over 2 weeks to capture temporal variability. |
| METAGENOME | Metagenomic Sequencing | MIC_COMP | Determines the relative abundance of microbial taxa and functional genes, providing deep insights into community health. | $1000-10000 | Highly information rich; ideally paired with flow cytometry for a complete picture. |
| ADCP | Acoustic Doppler Current Profiler | CURR,WCD | Measures water current velocities and direction at various depths using sound waves. | $5000-20000 | Provides continuous monitoring of water movement patterns; crucial for understanding circulation patterns. |
| SECCHI | Secchi Disk Measurement | WTR,VIS | Measures water transparency and turbidity using a simple black and white disk. | $50-200 | Traditional but reliable method; best performed at consistent times of day for comparable results. |
| PAM | Pulse Amplitude Modulated Fluorometry | PHOT,STR | Measures photosynthetic efficiency and stress in marine plants and corals. | $3000-15000 | Non-invasive technique; ideal for monitoring coral and seagrass health over time. |
| EDNA | Environmental DNA Analysis | BIO_DIV,SP_COMP | Detects species presence through DNA traces in water samples. | $2000-8000 | Powerful tool for biodiversity assessment; requires careful sample handling and processing. |
| HYDRO | Hydrophone Acoustic Monitoring | NOISE,MAM_ACT | Records underwater sounds to monitor marine mammal activity and anthropogenic noise. | $1000-12000 | Long-term deployment possible; valuable for studying marine mammal behavior and ocean noise pollution. |
| BIOEROSION | Bioerosion | undefined | undefined | A key process impacting reef structure; consider as a complement to accretion measurements. | Parrotfish and urchins graze (scrape/gouge calcium carbonate turning it into sand), and boring sponges chemically dissolve the carbonate framework. | PHTGR | Photogrammetry using 2 GoPros | RG | undefined | undefined | undefined |
| SEAPHOX | SeapHOx CTD Measurement | ALK,DO,pH | Measures water chemistry parameters (DO, pH, alkalinity) to infer net community calcification and production. | $100-5000 | Consider cheaper alternatives; typically deployed every 100 meters or seasonally. |
| FLOWCYTO | Flow Cytometry | VMR | Assesses viral and microbial abundances, serving as a proxy for microbial community dynamics. | $500-2000 | Recommend 5-10 measurements over 2 weeks to capture temporal variability. |
| METAGENOME | Metagenomic Sequencing | MIC_COMP | Determines the relative abundance of microbial taxa and functional genes, providing deep insights into community health. | $1000-10000 | Highly information rich; ideally paired with flow cytometry for a complete picture. |
| ADCP | Acoustic Doppler Current Profiler | CURR,WCD | Measures water current velocities and direction at various depths using sound waves. | $5000-20000 | Provides continuous monitoring of water movement patterns; crucial for understanding circulation patterns. |
| SECCHI | Secchi Disk Measurement | WTR,VIS | Measures water transparency and turbidity using a simple black and white disk. | $50-200 | Traditional but reliable method; best performed at consistent times of day for comparable results. |
| PAM | Pulse Amplitude Modulated Fluorometry | PHOT,STR | Measures photosynthetic efficiency and stress in marine plants and corals. | $3000-15000 | Non-invasive technique; ideal for monitoring coral and seagrass health over time. |
| EDNA | Environmental DNA Analysis | BIO_DIV,SP_COMP | Detects species presence through DNA traces in water samples. | $2000-8000 | Powerful tool for biodiversity assessment; requires careful sample handling and processing. |
| HYDRO | Hydrophone Acoustic Monitoring | NOISE,MAM_ACT | Records underwater sounds to monitor marine mammal activity and anthropogenic noise. | $1000-12000 | Long-term deployment possible; valuable for studying marine mammal behavior and ocean noise pollution. |
| MICRB | Microbial Community Function | Measured via flow cytometry and metagenomic sequencing; critical for overall reef health. | Involves nutrient recycling, organic matter consumption (microbial loop), viral predation, and benthic suspension feeding. | PHTGR | Photogrammetry using 2 GoPros | RG | undefined | undefined | undefined |
| SEAPHOX | SeapHOx CTD Measurement | ALK,DO,pH | Measures water chemistry parameters (DO, pH, alkalinity) to infer net community calcification and production. | $100-5000 | Consider cheaper alternatives; typically deployed every 100 meters or seasonally. |
| ADCP | Acoustic Doppler Current Profiler | CURR,WCD | Measures water current velocities and direction at various depths using sound waves. | $5000-20000 | Provides continuous monitoring of water movement patterns; crucial for understanding circulation patterns. |
| SECCHI | Secchi Disk Measurement | WTR,VIS | Measures water transparency and turbidity using a simple black and white disk. | $50-200 | Traditional but reliable method; best performed at consistent times of day for comparable results. |
| PAM | Pulse Amplitude Modulated Fluorometry | PHOT,STR | Measures photosynthetic efficiency and stress in marine plants and corals. | $3000-15000 | Non-invasive technique; ideal for monitoring coral and seagrass health over time. |
| EDNA | Environmental DNA Analysis | BIO_DIV,SP_COMP | Detects species presence through DNA traces in water samples. | $2000-8000 | Powerful tool for biodiversity assessment; requires careful sample handling and processing. |
| HYDRO | Hydrophone Acoustic Monitoring | NOISE,MAM_ACT | Records underwater sounds to monitor marine mammal activity and anthropogenic noise. | $1000-12000 | Long-term deployment possible; valuable for studying marine mammal behavior and ocean noise pollution. |
| VMR | Virus-to-Microbe Ratio | A proxy for viral predation dynamics within the microbial community. | MICRB | Higher ratios may indicate microbial imbalance. | FLOWCYTO | Flow Cytometry | VMR | Assesses viral and microbial abundances, serving as a proxy for microbial community dynamics. | $500-2000 | Recommend 5-10 measurements over 2 weeks to capture temporal variability. |
| MIC_COMP | Microbial Community Composition | Represents the diversity and functional genes within the microbial community. | Provides insight into nutrient recycling and disease potential. | METAGENOME | Metagenomic Sequencing | MIC_COMP | Determines the relative abundance of microbial taxa and functional genes, providing deep insights into community health. | $1000-10000 | Highly information rich; ideally paired with flow cytometry for a complete picture. |